Excited to share our work (@HarshKanodia14, @FlavioDonato82) in the mouse model of Fragile X syndrome, where this highly penetrant mutation leads to PV neurons deficit in a specific brain axis, and could be rescued in the adult brain to restore their cognitive deficits.
Selective vulnerability of the ventral hippocampus-prelimbic cortex axis parvalbumin interneuron network underlies learning deficits of fragile X mice https://t.co/TH9UlgLQ8I
We are delighted to advertize two postdoc positions in the @Tavosanis_Lab - check out the ad with all info here: https://t.co/RpcOy4FXwG
Visit us at https://t.co/XBCmxxkwFP
Another impactful day at the #LakeConference on the neurobiology of mental health! Feeling inspired by the energetic and productive conversations. Together, we can go farther and make positive impact on mental health.
#allenimpact@lakeconferences
Very inspired to be at @LakeConferences of The Neurobiology of Mental Health in Thun. Amazing science, catching up with colleagues and fun scientific discussions for the week.
Today's the first day of our second #LakeConference on the shores of Lake Thun, Switzerland! We asked attendees what makes the meeting special to them.
@LakeConferences
Excited to share our work (@HarshKanodia14, @FlavioDonato82) in the mouse model of Fragile X syndrome, where this highly penetrant mutation leads to PV neurons deficit in a specific brain axis, and could be rescued in the adult brain to restore their cognitive deficits.
Selective vulnerability of the ventral hippocampus-prelimbic cortex axis parvalbumin interneuron network underlies learning deficits of fragile X mice https://t.co/TH9UlgLQ8I
We enjoyed our retreat full of what makes our Institute so special: basic, preclinical and clinical #research ... mixed up like April's weather with sun, rain and almost snow!
Diminished activation of excitatory neurons in the prelimbic cortex leads to impaired working memory capacity in mice
https://t.co/Shlwn6VcP5
#neuroscience
How does prefrontal cortex switch from maintaining to updating behavioral strategies & what are the origins + functions of gamma synchrony? Our new paper led by @kathleencho reveals surprising answers to these long-standing questions! A thread… https://t.co/xmd6kbJgmo
🧪Scientists are creating Janelia Fluor dyes that can act as linkers for other ligands, using them to see brain-wide turnover of proteins & deploying them to record the transcriptional history of cells & examine dendritic biophysics & plasticity rules➡️https://t.co/PwHaVs1oNH